Modification of polymer matrix by nanofibre inorganic binder (Q10715): Difference between revisions

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(‎Created claim: summary (P836): The additive of ceramic nanofibres into the polymer matrix results in significant improvements in the mechanical properties of polymeric materials, increasing the thermal resistance of composites and a significant increase in surface abrasion resistance. The research will be focused on the development of special extremely durable composite materials usable in a wide range of industrial applications, especially for special hi-tec applications, su...)
(‎Changed label, description and/or aliases in 2 languages: Changing unique label-description pair)
description / endescription / en
Project in Czech Republic financed by DG Regio
Project Q10715 in Czech Republic
description / csdescription / cs
Projekt v České republice financovaný DG Regio
Projekt Q10715 v Czechia

Revision as of 15:48, 28 October 2020

Project Q10715 in Czech Republic
Language Label Description Also known as
English
Modification of polymer matrix by nanofibre inorganic binder
Project Q10715 in Czech Republic

    Statements

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    165,000.0 Czech koruna
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    6,600.0 Euro
    10 January 2020
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    220,000.0 Czech koruna
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    8,800.0 Euro
    10 January 2020
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    75 percent
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    30 June 2017
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    20 December 2017
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    31 December 2017
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    P A R D A M , s.r.o.
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    50°1'3.04"N, 15°47'4.88"E
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    53002
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    Aditivace keramických nanovláken do polymerní matrice má za následek významné zlepšení mechanických vlastností polymerních materiálů, zvýšení tepelné odolnosti kompozitu a významné zvýšení oděruvzdornosti povrchu. Výzkum bude zaměřen na vývoj speciálních extrémně odolných kompozitních materiálů využitelných v široké škále průmyslových aplikací, především pak pro speciální hi-tec aplikace, jako například vodící plochy dopravních systémů, či skluznice lyží. a. (Czech)
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    The additive of ceramic nanofibres into the polymer matrix results in significant improvements in the mechanical properties of polymeric materials, increasing the thermal resistance of composites and a significant increase in surface abrasion resistance. The research will be focused on the development of special extremely durable composite materials usable in a wide range of industrial applications, especially for special hi-tec applications, such as guide areas of transport systems or ski bases. a. (English)
    22 October 2020
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    Identifiers

    CZ.01.1.02/0.0/0.0/16_045/0010270
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